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hefan1414

金虫 (小有名气)

应助: 1 (幼儿园)
金币: 39.8
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在线: 397小时
虫号: 1397589

[交流] 两个实验和理论博士位置：多孔催化剂合成和第一性原理计算

帮老板打个广告（如题）, 两个博士位置，实验和理论将紧密的合作，待遇1000欧一月：
第一个位置在：布拉格查理大学物理化学系。（要求第一性原理，量子化学背景）
Theoretical investigation of novel materials
Research group:
(Nano)materials modeling
Research group leader:
Prof. Petr Nachtigall, petr.nachtigall@natur.cuni.cz，
Abstract:
The concept of sustainable chemistry requires the development of novel materials for energy storage, energy conversion, and catalysis that are energy efficient and environmentally friendly. Fast development in the field of material science and material chemistry calls for highly skilled experts in modern methods of theoretical chemistry and theoretical physics. This project is aimed to train experts in such methods on the borderline of theoretical physics and chemistry. Within the project the structure, electronic structure, chemical and physical properties, magnetic and optical properties of such materials will be investigated computationally in close collaboration with relevant experimental groups investigating the same systems. In particular, nano-catalysts based on metal-oxide, silica, and carbon supports will be investigated. Electronic structure and properties of clusters of various compositions and sizes will be studied, including Pd clusters, nickel phosphide, molybdenum carbide, and various metal cations and metal oxides.

Prof. Petr Nachtigall, citation >3800, H-index~38.
publication list:
https://www.researchgate.net/profile/Petr_Nachtigall

第二个位置在捷克科学院，海洛夫斯基物理化学所（J. Heyrovsky Institute of Physical Chemistry）

Synthesis of novel porous catalysts
Research group:
Advanced materials

Research group leader:
Prof. Jiri Cejka, jiri.cejka@jh-inst.cas.cz

Abstract:
The concept of sustainable chemistry requires the development of novel materials for energy storage, energy conversion, and catalysis that are energy efficient and environmentally friendly. In this project an appropriate candidate will focus his research activities on the synthesis of novel porous and layered materials, their characterization and application in adsorption and catalysis. This will include rich synthetic experimental work, understanding of principles of experimental technique (XRD, FTIR, SEM, adsorption), and performing catalytic tests with chromatographic analysis. It is assumed that the student will perform a stay in a good foreign laboratory and will be working in a highly motivated group.

Prof. Jiri Cejka，citation >6800, H-index~42.
Related publications:
Synthesis of ‘unfeasible’ zeolites, Nature Chemistry 8, 58–62 (2016)
Exploiting chemically selective weakness in solids as a route to new porous materials. Nature chemistry, 7(5), 381-388.(2015)
A family of zeolites with controlled pore size prepared using a top-down method, Nature chemistry, 5.7: 628-633, (2013)

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For further details please contact Prof. Petr Nachtigall and Prof. Jiri Cejka

Please submit your complete application by via:
https://www.stars-natur.cz/open-calls

Deadline for application is February, 29, 2016

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